SOLVENT RECLAIMER

N
IST10 - IST15 - IST22 - IST42 - IST62
DSTLI00032.02
CODE
09/2003
EDITION

USE AND MAINTENANCE GUIDE

IST - ITALIA SISTEMI TECNOLOGICI S.R.L. 41100 Modena - Via S. Anna, 590/A
 CONTENTS
CAUTION
This use and maintenance guide is to be considered as a part of the system itself. Read the
notes and instructions it contains carefully, as they supply important information concerning
safe operation and maintenance. Keep the guide in a safe place for further reference.

1 INTRODUCTION .................................................................................................... 5

1.1 HOW TO READ AND USE THE GUIDE ............................................................. 5

1.2 KEEPING THE GUIDE ........................................................................................ 6
1.3 SYMBOLS USED IN THE GUIDE ....................................................................... 6
1.4 CONDITIONS FOR WARRANTY VALIDITY - RESPONSIBILITY ...................... 7

2 GENERAL INFORMATION .................................................................................... 8

2.1 DETAILS ABOUT THE SYSTEM AND THE MANUFACTURER ......................... 8

2.2 IDENTIFICATION PLATE .................................................................................... 8
2.3 PICTOGRAPHS ON THE SYSTEM .................................................................... 9
2.4 SAFETY INSTRUCTIONS ................................................................................ 10
2.5 DANGEROUS CHEMICAL REACTIONS.......................................................... 11
2.5.1 Peroxides .................................................................................................... 11
2.5.2 Nitric substances and nitrates ..................................................................... 12
2.5.3 Nitrocellulose .............................................................................................. 12
2.5.4 Exothermic reactions .................................................................................. 12
2.5.5 Precautions against electrostatic charges .................................................. 13
2.5.6 Reclaimed solvent collection tank (optional) ............................................... 13

3 SYSTEM DESCRIPTION ..................................................................................... 14

3.1 GENERAL DESCRIPTION................................................................................ 14

3.2 DIMENSIONS AND OVERALL SIZES .............................................................. 15
3.3 TECHNICAL DATA AND FEATURES MODEL 230 V ........................................ 15
3.3.1 Technical data and features model 400 V .................................................. 16
3.3.2 Diathermic oil specifications ....................................................................... 17
3.4 FUNCTIONING ................................................................................................. 18
3.5 IMPROPER USE OF THE SYSTEM ................................................................. 18

4 DELIVERY AND SET-UP ..................................................................................... 19

4.1 DELIVERY ........................................................................................................ 19

4.2 UNPACKING THE SYSTEM ............................................................................. 19
4.3 LIFTING THE SYSTEM .................................................................................... 20
4.4 INSTALLING THE SYSTEM.............................................................................. 20
4.5 ELECTRICAL CONNECTIONS......................................................................... 21
4.6 PREPARING THE SYSTEM ............................................................................. 22
3
I
OPERATING INSTRUCTIONS ............................................................................... 22

5.1 CONTROLS ...................................................................................................... 23

5.1.1 CONTROL BOARD ..................................................................................... 23
5.2 OPERATING AND FUNCTIONING ................................................................... 25
5.3 TEMPERATURE SETTING ............................................................................... 25
5.4 FILLING UP THE TANK .................................................................................... 26
5.5 RECLAIMING CYCLE ....................................................................................... 27
5.5.1 CYCLE START ........................................................................................... 27
5.5.2 CYCLE END ............................................................................................... 28
5.6 UNLOADING RESIDUES ................................................................................. 28
5.7 CHECKING RESIDUES .................................................................................... 29
5.8 SWITCHING THE SYSTEM OFF AFTER USE ................................................ 29

6 MAINTENANCE ................................................................................................... 30

6.1 SAFETY INSTRUCTIONS ................................................................................ 30

6.2 MAINTENANCE ................................................................................................ 30
6.3 CLEANING THE TANK ..................................................................................... 31
6.4 REPLACING DIATHERMIC OIL ....................................................................... 31
6.5 SAFETY VALVE ................................................................................................ 32
6.6 OIL PRESSURE CAP ....................................................................................... 32
6.7 RADIATOR - CONDENSER .............................................................................. 32
6.8 TANK LID SEAL ................................................................................................ 32
6.9 SAFETY THERMOSTAT ................................................................................... 32

7 TROUBLE SHOOTING ........................................................................................ 33

7.1 TROUBLE SHOOTING ..................................................................................... 33

8 DE-COMMISSIONING THE SYSTEM ................................................................. 35

8.1 DIS-ASSEMBLY AND SCRAPPING ................................................................. 35

8.2 DISPOSAL OF SCRAP ..................................................................................... 35

9 WIRING DIAGRAM .............................................................................................. 36

10 SPARE PARTS .................................................................................................. 38

II4
 INTRODUCTION 1

1.1 HOW TO READ AND USE THE GUIDE

This use and maintenance guide is to be considered as a part of the system and it aims to
supply all the information required for:

- handling the system, packed and unpacked, under safe conditions;

- installing the system correctly;
- providing detailed knowledge of the system’s functioning and its limits;
- its correct functioning under safe conditions;
- changing the type of operationor carrying out maintenance correctly under safe conditions;
- de-commissioning the machine safely and in accordance with legislation concerning workers’
health and safeguarding the environment.

ACCORDING TO THE EXISTING LEGISLATION, THE MANAGERS OF THE

PRODUCTION DEPARTMENT IN WHICH THE SYSTEM IS TO BE INSTALLED ARE
OBLIGED TO READ THE CONTENTS OF THIS GUIDE CAREFULLY AND TO
ENSURE THAT ALL THE USERS AND SERVICE TECHNICIANS READ THE PARTS
THAT CONCERN THEM.

The guide is divided into sections, chapters and paragraphs, so that information is structured in
the clearest possible manner. The pages are progressively numbered.
Information research can be based on both key words in the section titles and by consulting the
contents.

The technical instructions, drawings and documents included in this guide are confidential and
are the exclusive property of I.S.T. and may not be reproduced in any manner, either completely
or in part.
The customer is also responsible for ensuring that, in the event of the guide being modified,
only the latest version is available in the department where the system is used .
This use and maintenance guide has been drawn up in conformity with the following instruction
manual standards:

- Reference DIRECTIVE 89/392/CEE and subsequent modifications relative to the European

Community Machinery Standards.
- Reference STANDARDS UNI EN 292/1 AND 292/2 -1992 concerning recommendations for
preparing and printing instruction manuals.

5
 INTRODUCTION 1

1.2 KEEPING THE GUIDE

The use and maintenance guide must be kept carefully and in the event of a change in ownership,
it must be passed on to the new owner.

In the event of a change in ownership, the customer shall provide I.S.T. with all the data concerning
the new owner, in order to simplify exchange of information between the parties and any updating
of this use and maintenance guide .

Handle the guide with clean hands and avoid placing it on dirty surfaces to ensure that it always
stays in good condition .

It must be kept in a room protected from the damp and heat and must always be available within
reach, for consultation.

No part shall be removed, modified or torn out.

1.3 SYMBOLS USED IN THE GUIDE

Indicates situations or problems that can

DANGER jeopardise the users’ safety due to risk of
industrial accidents or death.

Indicates situations or problems concerning the

CAUTION system’s efficiency of operation, which do not
jeopardise the users’ safety.

Indicates important general information which

ATTENTION does not jeopardise the users’ safety or the correct
operating of the system.

6
 INTRODUCTION 1

1.4 CONDITIONS FOR WARRANTY VALIDITY - RESPONSIBILITY

The conditions for warranty validity are stipulated in the contract signed during the sale of the
system.

The solvent reclaimer is covered by a one year warranty starting from the delivery date. I.S.T.
Srl undertakes free of charge, to carry out repairs and to replaceparts found to have manufacturing
defects, at its premises in Modena, Italy.

The warranty does not cover parts subject to normal wear, including switches, relays, indicator
lights, seals, etc.

Should the system need repairs under the warranty, the customer shall send the system or the
part that requires replacement to I.S.T. CARRIAGE PAID, by previous agreement.
After evaluating the real warranty conditions, I.S.T. shall take steps to correct the defect and
send the part/system back to the customer CARRIAGE PAID.

Should the customer expressly request repair of the reclaimer or replacement of a defective
part on its own premises, I.S.T. shall send a technician and subsequently debit the travel and
labour costs to the customer, on the basis of a previously written agreement.

Responsibility
The manufacturer disclaims total responsibility for:
- improper use of the reclaimer;
- the system being used by unauthorised a/o untrained personnel;
- total or partial non-observance of the instructions;
- power supply defects;
- lack of maintenance;
- unauthorised modifications or repairs;
- use of non-original spare parts;
- force majeur events such as: flooding, fire, earthquakes, etc.

7
 GENERAL INFORMATION 2

2.1 DETAILS ABOUT THE SYSTEM AND THE MANUFACTURER

Manufacturer: I.S.T. - ITALIA SISTEMI TECNOLOGICI S.r.l.

via S. Anna, 590/A
41100 MODENA (MO) - ITALIA
Phone 059 314305 - Fax 059 315726
V.A.T. Number: 02799130360

Equipment: SOLVENT RECLAIMER

type: STANDARD “N”
model: IST10 - IST15 - IST22 - IST42 - IST62

2.2 IDENTIFICATION PLATE

The identification plate is located on the side of the system.

Do not tamper with the system and/or the data engraved on the plate, under
any circumstances.

8
 GENERAL INFORMATION 2

2.3 PICTOGRAPHS ON THE SYSTEM

Prohibition, necessity and danger pictographs are present on the system. Follow the instructions
carefully, as non-observance may cause serious personal injury.
Make sure that the pictographs are always present and legible, if not apply or replace them.

DANGER OF ELECTROCUTION
Presence of electrically powered components.

NO SMOKING AND/OR USING NAKED FLAMES

DO NOT USE WATER TO PUT OUT A FIRE

In the event of a fire use appropriate dust or CO2
extinguishers.

GLOVES MUST BE USED FOR PROTECTING THE

HANDS

A MASK MUST BE USED TO PREVENT INHALING

TOXIC SUBSTANCES.

GOGGLES OR SHIELDS MUST BE USED TO

PROTECT THE EYES AND FACE.

DANGER OF BURNS
Presence of components subjected to high temperatures,
risk of burning the hands.

DANGER OF HANDS CRUSHING

Presence of components that can be dangerous for
fingers or hands.

9
 GENERAL INFORMATION 2

2.4 SAFETY INSTRUCTIONS

Non-observance of the most elementary care and safety precautions is almost

always the main cause of industrial injuries.

- Read this guide carefully before starting up, operating and carrying out maintenance operations
on the system;
- Use the machine within the established limits defined for its technical performance;
- All operating and maintenance operations must be carried out by qualified personnel, according
to the regulations concerning industrial accidents, although not specifically mentioned in the
guide;
- Always keep the system’s signals and protections against accidents in good condition; if they
are removed during maintenance operations, they must be restored before starting the system
again;
- Do not open the covers and guards while the system is in operation;
- Do not wear rings, wristwatches, jewellery and loose clothing which could get entangled in the
moving parts; it is advisable to wear suitable clothing to prevent accidents. Always follow the
safety instructions applicable;
- Do not tamper with the safety devices installed on the system;
- Clean the machine covers and control panels using a soft cloth soaked in a mild cleaning
solution; do not use solvents such as alcohol or petrol as this may damage the system ‘s
surfaces.
- Do not use the system if it is damaged; inform the person in charge of maintenance regarding
functioning faults;
- Do not carry out any operation without previous authorisation and do not allow unauthorised
persons to handle the system;
- Disconnect the power supply before carrying out any maintenance operations on the electrical
components;
- The control board must always be kept closed;
- Do not open the tank lid during the distillation cycle: you run the risk of being splashed with
toxic gaseous substances at very high temperatures;
- Always wear gloves to protect the hands, a mask to avoid inhaling toxic substances and
goggles for protecting the eyes, when loading or unloading the tank;
- Do not wear clothing that may cause electrostatic charges as this may lead to the solvent
fumes catching fire;
- Do not smoke or use a naked flame near the machine while the machine is being used or
while maintenance or other operations are being carried out .
- In the event of the system catching fire, disconnect the power supply immediately and put out
the fire using a dust or CO2 fire extinguisher. Do not use water.

10
 GENERAL INFORMATION 2

2.5 DANGEROUS CHEMICAL REACTIONS

The operator must have sufficient knowledge of the solvent ‘s

characteristics and reactions, the dangers it can provoke and the
precautions to be taken. This information is contained in the technical
and safety data sheet which must be supplied together with the solvent .

It is advisable to keep the solvent data sheets ( together with this guide if
possible) within easy reach, ready for rapid consultation.

Only inflammable solvents belonging to explosive groups IIA and IIB and
with self-ignition higher than 200°C can be reclaimed.

The operator runs the risk of being exposed to dangerous chemical

reactions if unsuitable solvents are introduced into the reclaimer .

2.5.1 PEROXIDES

It is essential to avoid any reaction due to the presence of peroxides which may be formed in
the absence of stabilisers and in the presence of oxygen. Solvents such as:
Tetrahydrofuran (or THF or Tetramethylene Oxide, or 1.4 -Epoxybutane )
Diethyl Ether ( or Ethyl Ether , or Ether or Ether Oxide or Common Ether )
Disopropyl Ether ( or Isopropyl Ether, or DIPE )
1.4 Dioxane ( or Dioxane, or p-Dioxane or Diethylene Oxide )
Ethyl Cellosolve ( or Ethylene glycol-Monoethyl Ether, or 2-Etoxyethanol ) Alcohol oxides and
Ketones
Butyl Cellosolve ( or Ethylene glycol-Monobutyl Etherem or 2-Butoxyethanol )

The person who uses the solvents mentioned above must be aware of the
possibility of formation of peroxides in the absence of stabilisers, as danger
from these solvents is not restricted to the distillation process alone, but is
also present during handling phases (storage, operation, etc. ).
The safety data sheet of such solvents must contain all the necessary
information regarding formation of peroxides and the precautions to be
taken (stabilisers, type, quantity and analysis methods).

11
 GENERAL INFORMATION 2

2.5.2 NITRIC SUBSTANCES AND NITRATES

It is forbidden to use the system with substances and solvents which may cause reactions due
to the heating of nitric substances (Nitromethane, Aromatic nitrates) and nitrates (Nitric Acid
Ester) as there is risk of explosion.

2.5.3 NITROCELLULOSE

Special care must be exercised in the case of solvents contaminated with Nitro-
cellulose as a residual component, as in some types of ink or paint. The safety
data sheets of products containing Nitrocellulose (paints, ink or other products)
must indicate the contents.

For reclaiming solvents containing Nitrocellulose contact IST After Sales Service and take into
consideration the following points:
- never allow the temperature to exceed 120°C while heating the diathermic oil;
- keep the reclaimer in an area away from the production area, from operating stations and
other installations, preferably in the open, while ensuring adequate protection against
atmospheric conditions;
- never set the thermostats in such a manner as to cause drying of the residue;
- in the event of long term storage of cleaning solutions, there is a possibility of formation of
peroxides. Therefore it is necessary to check the solution to detect the presence of peroxides
before starting the distillation process. If they are present, appropriate steps must be adopted
for their elimination ( for example, by adjusting the pH to an alkaline value);
- unload the distillation residue at the end of each operating cycle in order to avoid build-up of
residual sludge containing Nitrocellulose, since, the higher the concentration, the greater is
the risk of dangerous conditions;
- special care must be taken while disposing of distillation residue sludge containing Nitrocellulose.
Use metallic containers with lids and dilute with a small amount of water to prevent the sludge
from drying up completely (as this condition favours the self-ignition of Nitrocellulose).

2.5.4 EXOTHERMIC REACTIONS

Avoid recovery of solvents or mixtures and pollutants which may produceexothermic reactions
(reactions followed by development of uncontrolled heat).
Read the safety chart concerned carefully.

12
 GENERAL INFORMATION 2
2.5.5 PRECAUTIONS AGAINST ELECTROSTATIC CHARGES

- The operator must not use clothing which could provoke electrostatic charges (for example,
clothes made of synthetic fibres).
- Clean the tank and other parts of the system using a slightly damp cloth (not made of synthetic
fibres).
- Ensure that the power supply system is equipped with a suitable earth lead.

2.5.6 RECLAIMED SOLVENT COLLECTION TANK (optional)

The reclaimed solvent collection tank must be suitably designed and made, using materials that
are not subject to electrostatic discharges.

In order to avoid the phenomenon of an electrostatic charge, it is advisable to

connect the metallic solvent collection tank to an effective earthing system.
See Chapter 4.6 PREPARING THE SYSTEM.

13
 SYSTEM DESCRIPTION 3

3.1 GENERAL DESCRIPTION

1 2 3 4 5

6
7

13 8

12 9

11 10

1 - OIL THERMOMETER 8 - RECLAIMED SOLVENT

indicates the diathermic oil tem- OUTLET PIPE
perature.
9 - ROTATION LOCKING KNOB
2 - SOLVENT THERMOMETER
indicates the solvent evaporation 10 - BASE
temperature.
11 - HANDLE
3 - CONTROL BOARD
12 - WARNING SYMBOLS
4 - SAFETY VALVE
13 - DIATHERMIC OIL LEVEL AND
5 - TANK LID
PRESSURE CAP
6 - SOLVENT TANK

7 - DIATHERMIC OIL
IDENTIFICATION PLATE
14
 SYSTEM DESCRIPTION 3

3.2 DIMENSIONS AND OVERALL SIZES

mm L P H
IST10 500 720 1050
IST15 500 720 1050
IST22 600 850 1100
IST42 650 950 1200
IST62 650 950 1200

3.3 TECHNICAL DATA AND FEATURES FOR MODEL 230 V

Reclaimer N IST10 IST15 IST22 IST42 IST62

Tank capacity 10 litres 15 litres 25 litres 45 litres 62 litres
Power supply 220 - 240V/1/50 - 60 Hz
Supply voltage Low voltage 24V =
Rated power W 1670 W 1670 W 2570 W 3270 W 3270
Operating temperature 50° - 190°C
Indirect heating through ESSOTHERM 500
diathermic oil
Diathermic oil quantity 6 litres 7,5 litres 14 litres 21 litres 24 litres
Cooling Ventilated by forced air
Electrical system standards EN 60204 - 1
Weight Kg.55 Kg.60 Kg. 75 Kg.100 Kg. 115

15
 SYSTEM DESCRIPTION 3
3.3.1 TECHNICAL DATA AND FEATURES FOR MODEL 400 V

Reclaimer N IST42 IST62

Tank capacity 45 litres 62 litres
Power supply 400V/3/50-60Hz
Tensione comandI Low voltage 24V =
Rated power W 4000 W 5000
Operating temperature 50° - 190°C
Indirect heating through ESSOTHERM 500
diathermic oil
Diathermic oil quantity 21 litres 24 litres
Cooling Ventilated by forced air
Electrical system standards 60204-1
Weight Kg.100 Kg. 115

16
 SYSTEM DESCRIPTION 3

3.3.2 DIATHERMIC OIL SPECIFICATIONS

If it is used a different type of diathermic oil (not ESSOTHERM 500),

it must have the following specifications:
Max. Working temperature : 300C°
Self – ignition temperature : 380C°

INDICATIVE AVERAGES ESSOTHERM 500

Sliding point -9 C°
Thermic conductivity, W/m – °C
At 100°C 0,128
At 300°C 0,114
Steam tension at 300°C mbar 106,6
Aniline point, °C 106
ASTM colour D 1500 0,5
Cubic dilatation coefficient for C° 0,00066
Volumic mass Kg/m3
At 15 °C 862
At 300 °C 674

Specific heat KJ/Kg-°C

At 15 C° 1,85
At 300 C° 2,514
(g.c), KJ/m3-°C
At 200 C° 1885
At 300 C° 1948
Flame point V.A.,°C 224
Neutraliz. no., mg KOH/g:
Starting Tracks
after ossidation for 355h at 110°C 0,23

Kinematic viscosity at
40 °C, mm2/s 30
50°C, mm2/s 19,0
100°C, mm2/s 5,0
Viscosity index 115

17
 SYSTEM DESCRIPTION 3

3.4 FUNCTIONING

I.S.T. solvent reclaimers make it possible to recover solvents coming from different production
processes and re-utilise them.
Solvents are reclaimed by distillation, where the exhausted solvent is brought to the boil, then
condensed in a heat exchanger cooled by forced air ventilation.
This type of operation makes it possible to separate the volatile part (solvent) from the pollutants
(pigments, resins , oils, etc.) which remain inside the tank.
The distillation residues are removed from the tank at the end of every production cycle, by
turning the reclaimer upside down or by using special bags supplied by I.S.T. on request.
The cycle is completely automatic; in fact, once the thermostats have been set at the right
temperature according to the solvent to be reclaimed, the system stops automatically when all
the solvent has evaporated.
I.S.T. reclaimers normally operate at atmospheric pressure; however, when a high-boiling or
thermolabile solvent is used, an I.S.T. vacuum generator can be connected to lower the operating
temperature considerably.

Only inflammable solvents belonging to explosive class IIA and IIB and whose
self-ignition is over 200°C can be reclaimed.

I.S.T. Solvent reclaimers construction which follows rule EN 60204-1, allows

the distillation of flammable products in places not classifiable like explosion
risk, according to rule EN 60079-10.

3.5 IMPROPER USE OF THE SYSTEM

I.S.T. reclaimers are designed and constructed employing the best technology, in order to
operate in the safest conditions, in conformity with current regulations regarding industrial
accidents.
This, however, depends on the correct use of the system and careful maintenance.
Therefore, any other use of the system not referred to in this guide is to be considered improper
and is not allowed.
I.S.T. therefore declines all responsibility for any damage that may be caused by improper,
wrong or unreasonable use of the system.

18
 DELIVERY AND SET-UP 4

4.1 DELIVERY

The material is carefully checked before delivery to the shipping agents.

On receiving the system, make sure that it has not been damaged during transport, that the
packing has not been tampered with, and that no material has been removed.
In the event of damage, or items found to be missing, inform the forwarding agent and the
manufacturer immediately.
It is also advisable to check and ensure that the supplied goods are in accordance with the
order.

4.2 UNPACKING THE SYSTEM

The type of packing differs depending on the distance and the type of transport.
The system is usually shipped wrapped in a plastic film and placed inside a cardboard box fitted
on to a wooden pallet.

Lift the system using the “transpallet” trolley and bring it as close as possible to the area where
it is to be installed; then take it out of the packing by following the instructions given on the
packing itself.

The packing materials (plastic bags, polythene, pluriball, nails, staples etc.)
must be put into special containers depending on the type and pollution
regulations. Do not burn or dump them.

19
 DELIVERY AND SET-UP 4

4.3 LIFTING THE SYSTEM

No special equipment is required for lifting the system. In view of its limited weight (see 3.3
TECHNICAL DATA AND FEATURES) two people can lift it; while one person holds the handle
fitted on the front, the other places his/her hands under the machine body.

4.4 INSTALLING THE SYSTEM

Install the system in a spacious well-ventilated room, away from other working
stations and installations.

If installed in the open, the system must be suitably protected against the atmospheric conditions
and guarded to prevent tampering or interference by unauthorised persons.

20
 DELIVERY AND SET-UP 4

In order to ensure correct functioning and use of the system, it is advisable to leave a free space
of 1000 mm on the sides , 2500-3000 mm in width to allow proper ventilation and 1500 mm at
the rear for unloading the residues.

3000

00
10

150
0
00
10

4.5 ELECTRICAL CONNECTIONS

Any operation on the electrical system, even minor ones, must be carried out
by professionally qualified persons.

- While connecting the system, it is necessary to respect the standards defined by the competent
Institutions and follow the accident prevention specifications defined by the Insurance Institute
against accidents and respect the CEI Standards.
- The suitability of the type of electric current and line voltage must correspond to the data
engraved on the system identification plate (2.2 IDENTIFICATION PLATE) and/or given in the
table under 3.3 TECHNICAL DATA AND FEATURES.
- Connect the power cable to a plug corresponding to European Standards or standards
applicable in the country where the system is to be installed.
- The plug must be equipped with an earthing contact.
- Ensure that the supply line is equipped with an appropriate earthing device.
- The system must be connected to the power supply through a magnetothermal differential
wall switch conforming to CEI standards or a 16A single-phase interlocked outlet.
- Make the electrical connections with great care, with the power supply disconnected and by
following the safety instructions.
- It is generally not advisable to use multiple sockets, converters or extensions; if it is found
necessary to use them, only materials conforming to the current safety regulations must be
used.
- Do not use the system if the power cable or a plug is damaged.
21
 DELIVERY AND SET-UP 4

- Once the system is connected, turn the switch on the control board (7) and check that the
GREEN INDICATOR LIGHT(4) (5.1.1 CONTROL BOARD) switches on.

Feeding cable shouldn’t touch anything or have a ground way, be tensioned

or be crushed
The manufacturer declines all responsibility for non-observance of the above-
mentioned safety instructions.

4.6 PREPARING THE SYSTEM

Turn the reclaimer until the end of the run, accompanying it with the hand, taking care not to
grasp the latch pins during the overturning moves to avoid fingers crushing (Fig.1), take away
the plastic cap placed on the oil escape pipe, screw the ESCAPE PIPE (14), place again
the reclaimer in vertical position.
Insert the ROTATION LOCKING KNOB (8) in the appropriate hole and screw it tight.
Fit the flexible tube (supplied with the machine) to the SOLVENT OUTLET PIPE (9) and insert
it into a clean container having a capacity greater than the quantity of solvent to be reclaimed.

Ensure that the SAFETY VALVE (4) is fitted properly on the tank lid.

The opening of the pipe oulet must never be dipped into the solvent since this
will directly connect the two tanks having different temperatures, thus leading
to rapid fall in pressure in the hotter tank, resulting in its deformation.

Fig.1
14 4

9
14 8

NO!
22
 OPERATING INSTRUCTIONS 5

5.1 CONTROLS

5.1.1 CONTROL BOARD

2 9 10 11 7

12

8 3 4 5 6
Fig. 5.1.1

1 - OIL THERMOMETER: indicates the diathermic oil temperature.

GREEN ZONE: low temperature, lid opening.
RED ZONE: danger, do not open the tank lid.

2 - SOLVENT THERMOMETER: indicates the solvent evaporation tem-

perature.

3 - START BUTTON

4 - GREEN INDICATOR LIGHT,when switched on, it indicates that the

system is powered.

5 - RED INDICATOR LIGHT,when switched on, it indicates an error in

the reclaiming cycle.

6 - YELLOW INDICATOR LIGHT, when switched on, it indicates the start

of a reclaiming cycle.

7 - MAIN SWITCH, loosen the screws and turn the cover to access the
internal board.

23
 OPERATING INSTRUCTIONS 5

8 - SAFETY THERMOSTAT: MAX temperature setting of reclaimed solvent

RESET outlet (40°C).

9 - SAFETY THERMOSTAT: diathermic oil heating MAX temperature setting.

10 - HEATING THERMOSTAT: diathermic oil heating temperature setting.

11 - DISTILLATION THERMOSTAT: distillation temperature setting.

12 - FUSES

24
 OPERATING INSTRUCTIONS 5

5.2 OPERATING AND FUNCTIONING

Before starting up the system, make sure that the contents of this guide have
been fully understood. For further clarification, contact the manufacturer.
The equipment can be started up only if it conforms to the protection standards
defined for the use of solvents.
Only inflammable solvents belonging to explosive classes IIA and IIB and whose
self-ignition exceed 200°C can be reclaimed.

5.3 TEMPERATURE SETTING

Before proceeding with this operation, the user must check the safety data
sheet of the solvent to be reclaimed and ensure that the mixture formed with
pollutants does not create the conditions for triggering off chemical reactions
(formation of peroxides, heating of nitric substances, nitrates, nitrocellulose,
etc.).

The data concerning the solvent boiling point are contained in the technical and
safety sheets and must be supplied together with the solvent .
It is advisable to keep the solvent data sheets (possibly together with this gui-
de) in an easily accessible place for rapid consultation.

- Turn the DISTILLATION THERMOSTAT knob (11) to 10 - 15°C LOWER than the boiling
point maximum temperature of the solvent to be reclaimed.
- Turn the HEATING THERMOSTAT knob (10) to 30 - 40°C HIGHER than the boiling
point maximum temperature of the solvent to be reclaimed.
- Turn the SAFETY THERMOSTAT knob (9) to about 20°C HIGHER than the
THERMOSTAT (10) temperature.

BOILING
Example: POINT
PURE ACETONE °C 56 106 86 46
TOLUENE °C 110 160 140 95

25
 OPERATING INSTRUCTIONS 5

5.4 FILLING UP THE TANK

Do not smoke or use naked flames during use, maintenance or other operations
on the system.

Always wear gloves for protecting the hands, a mask to avoid inhaling toxic
substances and wear goggles to protect the eyes.

Filling the tank:

- loosen the locking knob (A) and C B

turn back the tank lid (B)
completely.

- pour the solvent to be reclaimed

into the tank. Do not exceed the
A
maximum level indicated by the
inside rim (C).

If special bags (supplied by I.S.T. on request) are used for solvent collection, proceed as follows:
- insert the bag in the tank (D) making sure it adheres to the walls
- block the upper edge of the bag by positioning the holding ring (E) inside the tank, above the
internal rim (F).
- pour the solvent to be reclaimed into the bag (D). Do not exceed the maximum level indicated
by the internal rim.
- Close the tank, locking the lid with the locking knob (A).

Make sure that the bag edge does not obstruct the evaporated solvent outlet
hole (G).
Do not tighten the knob excessively (A) not to bend the lid arm and damage the
seal.

E F E
G
D

26
 OPERATING INSTRUCTIONS 5

5.5 RECLAIMING CYCLE

5.5.1 Cycle Start

- Turn the switch (7). Ensure that the GREEN INDICATOR LIGHT (4) lights up.
If it does not light up, CHECK the line to see if it is powered.

- Press the START-UP BUTTON (3) ; the YELLOW INDICATOR LIGHT (6) switches
on and the electric fan for cooling the solvent steam starts operating.
The automatic reclaiming cycle thus starts and when the boiling point is reached, the reclaimed
solvent starts flowing out of the outlet pipe.

If the RED INDICATOR LIGHT (5) lights up during the operation, the reclaimer
stops automatically:
- if the INDICATOR LIGHT FLASHES, the SAFETY THERMOSTAT (8) RESET
has started functioning.
To reset it, unscrew the black cap (A) with a screwdriver and press the button (B).

B
If the INDICATOR LIGHT is FIXED, check the correct THERMOSTAT (9)
setting (the thermostat knob must show a value of 20°C higher than that of the
THERMOSTAT (10) ) (see 5.3 TEMPERATURE SETTING).

STOP CONTROL TAKES PLACE TOGETHER WITH THE GENERAL SWITCH (7).
DURING THE OPERATION IS DANGEROUS TO STOP RECLAIMING CYCLE,
BECAUSE IT COULD CAUSE FLAMMABLE STEAM LEAK FROM THE SOLVENT-
EXIT PIPE.

DURING THE RECLAIMING CYCLE, IT IS EXTREMELY DANGEROUS TO OPEN

THE TANK LID; THERE IS RISK OF BEING EXPOSED TO GASSEOUS
SUBSTANCES AT HIGH TEMPERATURES. TO PREVENT SUCH DANGER THE
OPERATOR MUST TAKE AWAY THE LOCKING KNOB (A) PAGE 5.4 DURING
THE CYCLE, THIS PREVENTING ANY UNAUTHORISED PERSON FROM TAKING
IT AWAY INTENTIONALLY.

27
 OPERATING NSTRUCTIONS 5

Check the efficiency of the SAFETY VALVE (4) on the tank lid If the valve is
blocked or steam leak out through it, do not use the reclaimer and replace the
valve immediately.
If the reclaimer does not switch on, check the FUSES (12).
Make sure that the lateral vents of the electric fan are not blocked by foreign
matters.

5.5.2 Cycle End

Switching off the YELLOW INDICATOR LIGHT (6) and stopping the electric fan indicate the
end of the reclaiming cycle, since, depending on the programming, all the polluted solvent
inside the tank is purified.

If there is a power failure while the reclaiming cycle is in operation, the reclaimer
automatically goes to the end of the cycle. When the power supply is restored,
restart the cycle by pressing the START BUTTON (3).

5.6 UNLOADING RESIDUES

Before opening the tank lid, wait until the diathermic oil temperature falls below
50°C, then verify on the THERMOMETER (1) that the pointer is on the
GREEN zone.
When the pointer is on the RED zone, do not carry out any operations by open lid.

The tank lid and rim are subject to very high temperatures, so take care you
don’t burn your hands.

(Fig.1)
Open the tank cover (5) (fig.2), inserting the lock-
ing knob (A) (fig.1), place an adequate collect con-
tainer under the reclaimer, unscrew the locking
knob (8) (fig2), turn the reclaimer body on his sup-
port accompanying it with the hand (fig.1) and
make flow down the residuals in the container.

Ifresidue collecting bags have been used, the residues

remain inside the bag, so it is necessary to: A
- remove the bag holding ring;
- take the bag containing the residue out of the
tank (fig. 3).

28
 OPERATING INSTRUCTIONS 5

5
(Fig.2) (Fig.3)

After emptying the tank, clean the upper rim carefully to ensure proper sealing
and longer lid seal life.

The distillation residues are polluting products, so do not throw them away, but
have them sent to the special collecting centres.

5.7 CHECKING RESIDUES

If the residues are liquid and still contain solvent, we are dealing with a solvent having a higher
boiling point than that set; it is therefore necessary to:

- gradually increase the heating temperature setting (5.3 TEMPERATURE SETTING);

- replace the cover;

- restart the reclaimer (5.5 RECLAIMING CYCLE).

Remove the residues from the tank after every reclaiming cycle. See 6.3
CLEANING THE TANK.

5.8 SWITCHING THE SYSTEM OFF AFTER USE

When you have finished using the reclaimer, switch off the power supply by turning the switch
(7) to “0”.
29
 MAINTENANCE 6

6.1 SAFETY INSTRUCTIONS

All maintenance operations must be carried out with the system switched OFF,
after disconnecting the electric power line wall switch; (if there is no wall switch,
take the plug out of the power socket).

All operations on the electric system must be carried out by qualified, experienced
personnel.

Before carrying out any operation on the system make sure that the OIL
THERMOMETER (1) (5.1.CONTROLS) shows a temperature below 50°C
(GREEN ZONE).

6.2 MAINTENANCE

The system does not require special maintenance; however, remember that:

- it is advisable to keep the system casing and condenser free of dust or scale, in order to allow
correct flow of the cooling air.

- in order to ensure optimum performance of the system and prevent the warranty from lapsing,
only “original spare parts” must be used as replacements.

- to facilitate maintenance operations, follow the programme shown in the table below:

Period Operation Reference:

AFTER EACH CYLE Clean the tank 6.3 CLEANING THE TANK

EVERY WEEK Check the safety valve 6.5 SAFETY VALVE

EVERY MONTH Check the diathermic oil pressure cap and the oil level 6.6 OIL PRESSURE CAP

EVERY MONTH Check and clean the radiator 6.7 RADIATOR-CONDENSER

EVERY MONTH Check the tank lid seal 6.8 TANK LID SEAL

EVERY 1000 HOURS Verify the functioning of the

NOT LATER THAN ONE SAFETY THERMOSTAT (9) 6.9 SAFETY THERMOSTAT
YEAR

EVERY 1000 HOURS Replace diathermic oil 6.4 REPLACING DIATHERMIC OIL
NOT LATER THAN ONE
YEAR
1° CHANGE Signature................................................ Date...........................
2° CHANGE Signature................................................ Date...........................
3° CHANGE Signature................................................ Date...........................

30
 MAINTENANCE 6

6.3 CLEANING THE TANK

It is important to remove the residue deposited on the tank bottom and walls, as this acts as an
insulating material, thus lowering the system yield. ( AISI 304 18/8 stainless steel tank)
Avoid using metal or sharp tools for cleaning the tank. ( Teflon P.T.F.E. Dupont coated tank )
On request, the reclaimer system can be supplied with an AISI 304 stainless steel tank with
Teflon P.T.F.E. Dupont coating.
To keep the coating in good condition, use only plastic or wooden tools; avoid sharp tools for
cleaning the tank.

Always keep the tank’s upper rim clean, as scales will affect the proper sealing
and durability of the lid seal.

6.4 REPLACING DIATHERMIC OIL

Replace the diathermic oil after 1000

operating hours, and in any case, NOT later
than one operating year.
For oil replacement, proceed as follows :
- remove the pump’s mesh cover (B)
C
- Put a suitable container under the cover (A)
and unscrew.

-Letting out the used oiland then screw the

cover (A).

- remove the pump’s mesh cover (C)

B
- Poured the new oil withe a funnel

- when all the used oil has been poured out

remove the funnel and screw the the pump’s
mesh cover (B) and the pump’s mesh cover (C). A

Do not throw the used oil away; dispose off in

accordance with the existing regulations.
31
 MAINTENANCE 6
6.5 SAFETY VALVE

Check every week the efficiency of the SAFETY VALVE (4) placed on the tank lid, verify that
foreign matters have not clogged the valve. Restore it with compressed air and a suitable
screwdriver, verify the spring functioning, because, if it is worn or lets out steam, the reclaimer
must not be used until it has been replaced.

6.6 OIL PRESSURE CAP AND LEVEL

Check the OIL PRESSURE CAP (14) periodically (at least once a month); if scales are deposited,
it does not release the excess air caused by the increase in volume due to heating of the
diathermic oil, consequently leading to tank implosion.
The check of diathermic oil level must always be carried out when the oil is at ambient tempe-
rature.

6.7 RADIATOR - CONDENSER

Check the condition of the condenser (at least once a month), and if necessary, clean the fins
using compressed air.

If the system is installed in a very dusty room, check the condenser more
frequently.

6.8 TANK LID SEAL

Check the tank lid seal periodically (at least once a month): make sure that it is clean, intact and
not cracked.

6.9 SAFETY THERMOSTAT

Check the correct functioning of the SAFETY THERMOSTAT (9) at least once a year (5.1.2
INTERNAL CONTROL BOARD); proceed as follows:
- by empty tank, press the START BUTTON (3);
- turn the thermostat knob to 0°C;
- check that the RED INDICATOR LIGHT (5) switches on and that the YELLOW INDICATOR
LIGHT (6) switches off.
Should it not be the case, the thermostat must be replaced. This operation must be carried out
by skilled personnel, thus it is necessary to consult the I.S.T. service.

32
 TROUBLE SHOOTING 7
7.1 TROUBLE SHOOTING
TROUBLE SOLUTION
The GREEN INDICATOR LIGHT (4) - Check that the electric plug is correctly inserted in its
does not switch on and the reclaimer socket.
does not start working. (5.1 - Verify the effective electric power presence at the
CONTROLS). intake.
- Check that the eventual main switch of the electric
installation is connected.
- Verify the electric plug functionality
- Verify the fuse conductivity.

The reclaimer starts, works but does - Verify the heating element is functioning.
not heat. - Verify the HEATING THERMOSTAT (10) setting. (5.3
TEMPERATURE SETTING).

The system does not reclaim the whole

- Verify the correct temperature setting. (5.3 TEMPE-
polluted solvent content.
RATURE SETTING).
The reclaimed solvent flowing out is hot. - Ensure that the electric fan works correctly.
Possible switching on of the flashing red - Ensure that the electric fan guard and condenser are
indicator light (5).
not blocked by dust, scales, etc.
- Ensure that the temperature setting is right for the
solvent to be reclaimed (5.3 TEMPERATURE
SETTING).
(Temperature set is probably too high)
- Reclaimer is installed near a hot air source.

The reclaimer operates, but the - Check the correct temperature setting (the temperatu-
reclaimed solvent does not flow out. re set is probably too low).
The reclaimed solvent does not flow out - Make sure the condenser is not blocked because of
and damages the lid seal or the safety over filling of the tank.
valve. Proceed as follows:
- disconnect the power supply, wait until the OIL
THERMOMETER pointer (1) is on the green zone.
- open the tank lid
- blow air into the solvent outlet pipe (9), making sure
that the air passage is clear. Otherwise contact the
IST After Sales Service.
- Check the tank lid seal.
The reclaimed solvent flowing out is - The tank has been filled beyond the level.
dirty. - The dirty solvent is mixed with foamy products, thus
making it necessary to fill the tank with a smaller
quantity of liquid.
- The condenser is partially blocked:
blow air into the solvent outlet pipe (9), or carry out a
reclaiming cycle with 5 litres of clean solvent.
- Check the THERMOSTAT setting (the temperature set
is probably too high).

The RED INDICATOR LIGHT (5) - See 5.5.1 CYCLE START

switches on
33
 TROUBLE SHOOTING 7

TROUBLES SOLUTIONS
The reclaimer works but does not stop - Check the program of the reclaiming cycle 11(pag.5.2)
automatically at the end of the cycle. - or repeat the regulation of the temperature to the
(EXCEPT MODEL TIMED). reclaiming cycle (11) it doesn’t be too high or too
low(under the room temperature).

34
 DE-COMMISSIONING THE SYSTEM 8

8.1 DIS-ASSEMBLY / SCRAPPING

The user shall handle the dismantling and scrapping of the materials comprising the machine,
in accordance with the EU standards or the legislation applicable in the country where the
system is installed.

Before scrapping the system, the user shall inform the manufacturer of all the
data engraved on the system identification plate.

8.2 DISPOSAL OF SCRAP

In the event of scrapping, the user shall adopt special precautionary measures in accordance
with local legislation regarding disposal of materials harmful for the environment, such as
diathermic oil and distillation residues.

35
 WIRING DIAGRAM 9

DSTSE00020.01

36
 IST 42 - 62 400V

37
WIRING DIAGRAM
9

DSTSE00027.00
 SPARE PARTS 10

DSTDE00011.00

38
 SPARE PARTS 10
IST10N IST15N IST22N IST42N IST62N
Pos. Description Q.ty Code Code Code Code Code
1 Handwheel 1 DSTSR00025 DSTSR00025 DSTSR00025 DSTSR00025 DSTSR00025
2 Washer 1 VROX000000 VROX000000 VROX000000 VROX000000 VROX000000
3 Nut 4 VDOX000000 VDOX000000 VDOX000000 VDOX000000 VDOX000000
4 Screw 1 VMOX000011 VMOX000011 VMOX000011 VMOX000011 VMOX000011
5 Screw 1 VMOX000000 VMOX000000 VMOX000000 VMOX000000 VMOX000000
6 Protection 1 DSTMI00079 DSTMI00080 DSTMI00081 DSTMI00082 DSTMI00082
7 Lid 1 DSTLX00021 DSTLX00030 DSTLX00009 DSTLX00053 DSTLX00053
8 Neoprene seal 1 DSTMI00008 DSTMI00007 DSTMI00004 DSTMI00027 DSTMI00027
8 Acetone seal 1 DSTMI00044 DSTMI00043 DSTMI00042 DSTMI00041 DSTMI00041
8 PTFE seal 1 DSTMI00050 DSTMI00049 DSTMI00048 DSTMI00047 DSTMI00047
8 Viton seal 1 DSTMI00056 DSTMI00055 DSTMI00054 DSTMI00053 DSTMI00053
9 Tie rod 1 VMOX000001 VMOX000001 VMOX000001 VMOX000025 VMOX000025
10 Screw 1 VMOX000010 VMOX000010 VMOX000010 VMOX000010 VMOX000010
11 Support 1 DSTLX00170 DSTLX000170DSTLX00016 DSTLX00209 DSTLX00209
12 Ring 1 DSTLX00070 DSTLX00071 DSTLX00072 DSTLX00073 DSTLX00073
13 Bag 1 DSTMI00071 DSTMI00057 DSTMI00091 DSTMI00092 DSTMI00059
14 Tank 1 DSTGR00138 DSTGR00140 DSTGR00096 DSTGR00112 DSTGR00089
14 Teflon coated tank 1 DSTGR00139 DSTGR00141 DSTGR00016 DSTGR00115 DSTGR00018
15 Connection 1 DSTRF00015 DSTRF00015 DSTRF00004 DSTRF00004 DSTRF00004
16 Washer 2 DSTRF00017 DSTRF00017 DSTRF00018 DSTRF00018 DSTRF00018
17 Cap 1 VSARF00020 VSARF00020 VSARF00020
18 Tank insulation mq MPISO00002 MPISO00002 MPISO00002 MPISO00002 MPISO00002
19 Insulation mq MPISO00013 MPISO00013 MPISO00013 MPISO00013 MPISO00013
20 Cap 1 DSTRF00007 DSTRF00007 DSTRF00007 DSTRF00007 DSTRF00007
21 Lock nut 1 VDFE000004 VDFE000004 VDFE000004 VDFE000004 VDFE000004
22 Washer 2 VRFE000002 VRFE000002 VRFE000002 VRFE000002 VRFE000002
23 Washer 1 DSTRF00024 DSTRF00024 DSTRF00010 DSTRF00010 DSTRF00010
24 Heating element 230V 1 DSTME00072 DSTME00072 DSTME00079 DSTME00116 DSTME00116
24 Heating element 400V 1 DSTME00350 DSTME00414
25 Cap 4 DSTMI00005 DSTMI00005 DSTMI00005 DSTMI00005 DSTMI00005
26 Screw 2 DSTRF00020 DSTRF00020 DSTRF00020 DSTRF00020 DSTRF00020
27 Body 1 DSTSG00111 DSTSG00111 DSTSG00121 DSTSG00123 DSTSG00122
28 Base 1 DSTSG00011 DSTSG00011 DSTSG00033 DSTSG00002 DSTSG00002
29 Tray 1 DSTLX00147 DSTLX00147 DSTLX00077 DSTLX00001 DSTLX00001
31 Screw 28 VAFE000000 VAFE000000 VAFE000000 VAFE000000 VAFE000000
32 Protection 1 DSTLF00186 DSTLF00186 DSTLF00169 DSTLF00208 DSTLF00207
36 Nut 6 VDFE000005 VDFE000005 VDFE000005 VDFE000005 VDFE000005
38 Screw 6 VMFE000002 VMFE000002 VMFE000002 VMFE000002 VMFE000002
39 Fan 1 DSTME00365 DSTME00365 DSTME00363 DSTME00363 DSTME00363
40 Motor 230V 1 DSTME00056 DSTME00056 DSTME00065 DSTME00065 DSTME00065
40 Motor 400 V 1 DSTME00381 DSTME00381
41 Support 230V 1 DSTME00312 DSTME00312 DSTME00313 DSTME00313 DSTME00313
41 Support 400V 1 DSTLX00231 DSTLX00231
46 Lid 1 DSTLX00205 DSTLX00203 DSTLX00207 DSTLX00192 DSTLX00192
47 Lid 1 DSTLX00204 DSTLX00202 DSTLX00206 DSTLX00191 DSTLX00191
48 Name plate 1 DSTTC00016 DSTTC00016 DSTTC00016 DSTTC00016 DSTTC00016
52 Copper condenser 1 DSTGM00029 DSTGM00029 DSTGM00031 DSTGM00027 DSTGM00027
52 Stainless steel cond. 1 DSTGM00030 DSTGM00030 DSTGM00028 DSTGM00014 DSTGM00014
53 Washer 6 VRFE000020 VRFE000020 VRFE000020 VRFE000020 VRFE000020
54 Pipe m MPISO00015 MPISO00015 MPISO00026 MPISO00026 MPISO00026
55 Handle 1 DSTMV00001 DSTMV00001 DSTMV00004 DSTMV00004 DSTMV00004
56 Guard 1 DSTLF00187 DSTLF00187 DSTLF00199 DSTLF00172 DSTLF00172
57 Cap 1 DSTRF00097 DSTRF00097 DSTRF00097 DSTRF00097 DSTRF00097
58 Pipe 1 DSTSG00129 DSTSG00129 DSTSG00130 DSTSG00124 DSTSG00124
59 Control board 1 DSTSG00184 DSTSG00184 DSTSG00184 DSTSG00184 DSTSG00184
39
 SPARE PARTS 10
IST10N IST15N IST22N IST42N IST62N
Pos. Description Q.ty Code Code Code Code Code
63 Gland 1 DSTME00254 DSTME00254 DSTME00254 DSTME00254 DSTME00254
64 Cable 230V m MPME000025 MPME000025 MPME000012 MPME000012 MPME000012
64 Cable 400v m MPME000032 MPME000032
68 Panel 1 DSTSG00126 DSTSG00126 DSTSG00126 DSTSG00126 DSTSG00126
69 Fuse 230V 2 DSTME00280 DSTME00280 DSTME00261 DSTME00261 DSTME00261
69 Fuse 400V 2 DSTME00457 DSTME00457
70 Fuse holder 230V 2 DSTME00260 DSTME00260 DSTME00260 DSTME00260 DSTME00260
70 Fuse holder 400V 2 DSTME00458 DSTME00458
71 Support 1 DSTLX00131 DSTLX00131 DSTLX00131 DSTLX00131 DSTLX00131
72 Card 230V 1 DSTME00378 DSTME00378 DSTME00378 DSTME00378 DSTME00378
72 Card 400V 1 DSTME00491 DSTME00491
73 Switch 1 DSTME00376 DSTME00376 DSTME00376 DSTME00376 DSTME00376
77 Thermostat 1 DSTME00322 DSTME00322 DSTME00322 DSTME00322 DSTME00322
78 Thermostat 2 DSTME00323 DSTME00027 DSTME00027 DSTME00370 DSTME00370
79 Thermostat 1 DSTME00325 DSTME00325 DSTME00325 DSTME00325 DSTME00325
80 Thermometer 1 DSTME00042 DSTME00042 DSTME00042 DSTME00042 DSTME00042
81 Thermometer 1 DSTME00335 DSTME00335 DSTME00335 DSTME00335 DSTME00335
82 Handwheel 1 DSTMV00000 DSTMV00000 DSTMV00000 DSTMV00000 DSTMV00000
83 Bush 1 DSTRF00019 DSTRF00019 DSTRF00019 DSTRF00019 DSTRF00019
84 Valve 1 DSTSG00217 DSTSG00217 DSTSG00217 DSTSG00217 DSTSG00217
85 Washer 1 DSTRF00011 DSTRF00011 DSTRF00011 DSTRF00011 DSTRF00011
86 Reducer 1 VSARF00002 VSARF00002 VSARF00002
87 Connection 1 VSARF00042 VSARF00042 VSARF00017 VSARF00017 VSARF00017
88 Tap 1 VSARF00035 VSARF00035 VSARF00110 VSARF00110 VSARF00110
89 Column 1 VSARF00334 VSARF00334
90 Arm 1 DSTLX00022 DSTLX00031 DSTLX00010 DSTLX00054 DSTLX00054
91 Hub 230V 1 DSTME00326 DSTME00326 DSTME00326 DSTME00326 DSTME00326
91 Hub 400V 1 DSTRF00117 DSTRF00117
93 Screw 6 VAFE000001 VAFE000001 VAFE000001 VAFE000001 VAFE000001

SPARE PARTS
VALID Italy 3627 3650 3645 3726 3672
FROM Abroad 8052 8091 8117 8158 8106
SERIAL
NUMBER

40